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Proof Let x be a bounded nonoscillatory solution of (1.1).
Therefore, is a bounded nonoscillatory solution of (1.11).
Let (x t)) be a bounded nonoscillatory solution of equation (3).
It is claimed that the fixed point is a bounded nonoscillatory solution of (1.11).
By Lemma 1.1, there exists such that, which is a bounded nonoscillatory solution of (1.11).
Suppose that is a bounded nonoscillatory solution of (3.91) and According to Lemma 3.42, either or is satisfied.
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Then the mappings and have fixed points, respectively, which are bounded nonoscillatory solutions of (1.11) in.
In this section, a few sufficient conditions of the existence of bounded nonoscillatory solutions of (1.11) are given.
That is, z 1 and z 2 are also bounded nonoscillatory solutions of (1.12) in A ( N, M ).
By using Schauder fixed point theorem and Krasnoselskii fixed point theorem, the existence of bounded nonoscillatory solutions of (1.11) is established.
That is, x and y are bounded nonoscillatory solutions of equation (1.9) in (Omega ({A_{n}}_{ninBbb {Z}_{beta}},{B_{n}}_{ninBbb {Z}_{beta}} )).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com